Abstract
The purpose of this study was to develop a process that can be applied to the diffusion of radioactive pollutants in the water due to radioactive fallout. We designed and fabricated an underwater radial impeller with various characteristics and measured the oxygen transfer efficiency and the mixing/diffusion efficiency of the adsorbent. The aim of this study was to develop a treatment technology that can be operated not only for emergency conditions due to diffusion of radioactive pollutants but also for normal water pollution. Experiments were carried out in a water tank for the measurement of oxygen transfer efficiency. The adsorbents used in the adsorption experiments were carried out using natural illite. We tried to derive normal and emergency operating conditions through the analysis of standard oxygen delivery and the results of the mixed diffusion efficiency of the impeller when the adsorbent is introduced. Key words: Water circulator, Adsorption, Impeller, Illite, Cesium
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